MasterAcademy - Classroom 2

Training

Autodesk Algor Simulation

Autodesk Algor Simulation 2011Register for this class Request more info

Course Length: 3 days*
Class Hours: 8:30 am to 4:30 pm
Cost: $1,195**

MasterGraphics classes are available for private instruction. To place a request, fill out our Class Request form.

Summary

This 3-day course will introduce students to the finite element analysis (FEA) tools available within Autodesk Algor Simulation. You will learn fundamentals of FEA, creating and running an analysis, evaluation of results, and generation of reports, images, and animations to present your findings.

Who Should Attend

This course is designed for anyone who plans on using Autodesk Algor Simulation, and is a prerequisite for the more advanced topics of Algor Mechanical Event Simulation and Algor Computational Fluid Dynamics.

Prerequisites

It is recommended that the student have a working knowledge of:

  • Microsoft® Windows® XP or Microsoft® Windows® Vista.
  • Design or engineering experience.

Objectives

Upon completion of the class, the student will be able to create finite element analysis simulations for various scenarios, including linear stress analysis, vibration, thermal stress, and thin-walled parts.  We recommend 20 to 40 hours of additional practice with items covered in the class in order to reinforce these new skills.

Each Student Receives

  • A student guide
  • Telephone support on class topics for 30 days
  • Certificate of completion

Topics Covered*

Introduction

  • Overview
  • Background of Finite Element Analysis
  • Stress and Strain Review
  • Heat Transfer Review
  • Linear Dynamics Review

Chapter 1:  Example Using Autodesk Algor Simulation

  • Using the Keyboard and Mouse in Algor
  • Meshing the Model
  • Setting up the Model
  • Analyzing the Model
  • Reviewing the Results
  • Creating an Animation
  • Generating a Report

Chapter 2:  Working with CAD Solid Models and Static Stress

  • Archiving a model
  • Types of Brick Elements
  • Generating Meshes for CAD Models
  • Tips for Modeling with CAD Software for FEA
  • Working with Various Unit Systems
  • Loading Options
  • Constraint Options
  • Design Scenarios
  • FEA Object Groups
  • Local Coordinate Systems
  • Defining Materials and Using the Material Library Manager
  • Examples of Loads and Constraints

Chapter 3:  Results Evaluation and Presentation

  • Background on How Results are Calculated
  • How to Evaluate Results
  • Presentation options

Chapter 4:  Midplane Meshing and Plate Elements

  • Meshing Options
  • Element Options
  • Plate Theory and Assumptions
  • Loading Options
  • Results Options

Chapter 5:  Meshing

  • Refinement Options
  • Creating Joints
  • Creating Bolts
  • Mesh Convergence Testing

Chapter 6:  Introduction to Contact

  • Uses for Contact
  • Setting up Contact Pairs
  • Types of Contact
  • Friction
  • How to Model Shrink Fits

Chapter 7:  Introduction to Linear Dynamics

  • Modal Analysis
  • Lumped Masses
  • Load Stiffening
  • Critical Buckling Analysis
  • Other Linear Dynamics Analyses

Chapter 8:  Steady-State Heat Transfer

  • 3D Radiator Example
  • Thermal Contact
  • Element Options
  • Loading Options

Chapter 9:  Transient Heat Transfer

  • When to Use Transient Heat Transfer
  • Element Options
  • Load Curves
  • Nodal Heat Source
  • Controlling Nodal and Surface Applied Temperatures

Chapter 10:  Thermal Stress

  • Performing a Thermal Stress Analysis

Self-Study

  • Exercises to practice:
    • Linear Dynamics
    • Response Spectrum Analysis
    • Random Vibration Analysis
    • Frequency Response
    • Transient Stress 

* Note: The course topics are a guideline and class topics may be modified by the instructor based upon the class flow.

*Course length and cost are based on a minimum of four attendees. MasterGraphics reserves the right to cancel classes.

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